C.) Two wattmeters connected to a three-phase 440V squirrel cage induction motor indicate a total of 12kW. If the operating power factor of the motor is 0.4, determine the individual reading of the wattmeters. final anwer: 13.94, -1.94 c.) A three-phase balanced load takes a total of 6,360 watts. If two wattmeters are connected in the circuit to measure this power and one of them registers 2,120 watts, what is the load power factor? final answer: PF= 0.866 need solution
C.) Two wattmeters connected to a three-phase 440V squirrel cage induction motor indicate a total of 12kW. If the operating power factor of the motor is 0.4, determine the individual reading of the wattmeters. final anwer: 13.94, -1.94 c.) A three-phase balanced load takes a total of 6,360 watts. If two wattmeters are connected in the circuit to measure this power and one of them registers 2,120 watts, what is the load power factor? final answer: PF= 0.866 need solution
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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C.) Two wattmeters connected to a three-phase 440V squirrel cage induction motor
indicate a total of 12kW. If the operating power factor of the motor is 0.4, determine the
individual reading of the wattmeters.
final anwer: 13.94, -1.94
c.) A three-phase balanced load takes a total of 6,360 watts. If two wattmeters are
connected in the circuit to measure this power and one of them registers 2,120 watts,
what is the load power factor?
final answer: PF= 0.866
need solution
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